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dfmea-designlisted

Build a design risk analysis, DFMEA worksheet, or interface analysis using the AIAG-VDA FMEA Handbook 2019. Covers design intent, interface failures, boundary diagram, and design robustness before manufacturing. Use during new product development, design changes, or when a field failure reveals a design weakness. Required for IATF 16949 §8.3 scope.
RBraga01/Quality-Engineering-Skills · ★ 3 · Web & Frontend · score 79
Install: claude install-skill RBraga01/Quality-Engineering-Skills
# Design FMEA (DFMEA) — AIAG-VDA 2019 ## Goal Identify and mitigate design risks by analysing functions, interfaces, and failure modes — so that design weaknesses are resolved before release to manufacturing, and the results feed directly into the DVP, PFMEA, and Control Plan. ## Required Execution Checklist - [ ] DFMEA scope defined: boundary diagram complete, inside/outside boundary identified - [ ] Product hierarchy mapped: system → subsystem → component → interface (Step 2) - [ ] All interfaces identified — internal (component-to-component), external (environment), and user/assembly - [ ] All functions defined with Verb + Noun + Measurable Standard (Step 3) - [ ] Each function has a measurable verification method confirmed in the DVP - [ ] Failure chain complete: Effect → Mode → Cause for each function (Step 4) - [ ] All Failure Causes validated using engineering analysis (FEA, calculation) or test evidence — not assumptions - [ ] S/O/D ratings justified using analysis, test data, or design history - [ ] All H-AP items have a defined action, named owner, and target date - [ ] DFMEA → DVP, PFMEA, and drawing linkage verified before release to manufacturing --- ## When to use - New product development (integrate into APQP Phase 2 — Product Design and Development) - Design change or engineering change request (ECR) - Field failure investigation revealing a design root cause - Periodic design review - Before handoff to manufacturing (DFMEA drives the PFMEA) **Key diff